WO/2015/174374 IC TAG UNIT FOR INSTRUMENT, AND INSTRUMENT WITH IC TAG||WO||19.11.2015|
||PCT/JP2015/063499||KOBATA GAUGE MFG. CO., LTD. ||KOBATA, Iwao |
The present invention provides: an IC tag unit for an instrument, said IC tag unit making it possible to attach an IC tag, which is capable of reading and writing instrument information, calibration information, inspection information and the like, to an instrument without hampering the effect of a metal portion of an instrument body or the visibility of an instrument scale, and without incurring degradation caused by dust, rain drops and the like; and an instrument with an IC tag. The IC tag unit has an IC tag (11) that is provided with an IC chip (12) and an antenna (13), and an attachment means for attaching the IC tag to an instrument, and the instrument has a scale and pointer, and a transparent cover plate (53) that covers the scale (56a) and pointer. The attachment means has a first sheet that is located on the outer surface of the instrument, a second sheet that sandwiches the IC tag and is located on the inner surface of the instrument, and an affixing layer for affixing, to the transparent cover plate, the object obtained by pasting the two sheets together. The IC tag is provided between the sheets so as to be in a position that does not overlap with the scale (56a) and an indicating portion (55a) of the pointer (55) in the viewing direction when attached to the transparent cover plate, and the expansion plane of the antenna is conformed to the sheets.
WO/2015/174379 AUTOMOBILE POWER SOURCE DEVICE||WO||19.11.2015|
||PCT/JP2015/063517||AUTONETWORKS TECHNOLOGIES, LTD. ||YASUNORI, Hiromichi |
An automobile power source device includes: a plurality of storage batteries (1, 2); a power source box (3) interposed between the storage batteries and a load (7); a switch means (18a) provided inside the power source box and adapted to select whether to allow each storage battery to supply power to the load; and a switch control unit (19) for detecting an output voltage of each storage battery and controlling the opening and closing of the switch means so as to select the storage battery for supplying power to the load. The switch control unit (19) enables a storage battery selecting operation by the switch means (18a) on the basis of a control signal (wc) outputted from a load control unit (24) when the load (7) is driven.
WO/2015/174380 SEMICONDUCTOR DEVICE AND SEMICONDUCTOR DEVICE MANUFACTURING METHOD||WO||19.11.2015|
||PCT/JP2015/063520||ROHM CO., LTD. ||AKETA, Masatoshi |
This semiconductor device includes: a semiconductor layer (6) that is formed of first conductivity-type SiC; a plurality of trenches (8) that are formed in the semiconductor layer; second conductivity-type column regions (12) that are formed along the inner surfaces of the trenches; a first conductivity-type column region (13) that is disposed between the adjacent second conductivity-type column regions; and insulating films (14) that are embedded in the trenches. The semiconductor device is capable of improving an withstand voltage by means of a super junction structure. The semiconductor device may also include an electric field attenuation section (16) for attenuating electric field intensity of a surface section of the first conductivity-type column region (13).
WO/2015/174449 ELECTRIC MOTOR||WO||19.11.2015|
||PCT/JP2015/063751||MITSUBA CORPORATION ||TAMURA Natsumi |
This electric motor is provided with brushes (31) that make sliding contact with and feed power to a commutator for an armature affixed to a rotating shaft, a brush-holder stay (33) that supports the brushes (31) via a brush holder (41), a noise-prevention element (110) that is electrically connected to the brushes (31), and a terminal (130) and a jumper wire (141) that electrically connect the brush holder (41) and the noise-prevention element (110). A first connection point where the noise-prevention element (110) and the terminal (130) are connected and a second connection point where the terminal (130) and the jumper wire (141) are connected are provided on a first surface (S1) of the brush-holder stay (33) only.
WO/2015/174451 TERMINAL DEVICE, CONTROL METHOD, AND PROGRAM||WO||19.11.2015|
||PCT/JP2015/063758||DWANGO CO., LTD. ||SAITO Hiroaki |
This terminal device is provided with an acquisition unit and a playback control unit. The acquisition unit acquires, from a video distribution device, video data for a video and low-resolution video data for said video, said low-resolution video data having a lower resolution than the other video data. The playback control unit plays back video based on the aforementioned video data and makes a display unit display said video. When fast-forwarding or rewinding, the playback control unit plays back video based on the low-resolution video data and makes the aforementioned display unit display said video.
WO/2015/174320 GRAPHITIZATION FURNACE||WO||19.11.2015|
||PCT/JP2015/063194||IHI Corporation ||MATSUDA Yoshiyasu |
This graphitization furnace (1A) is provided with: a first electrode (8); a second electrode (9) that is arranged so as to face the first electrode; a first electrically heated heat-emitting body (11) that is provided to the surface of the first electrode that faces the second electrode; and a second electrically heated heat-emitting body (12) that is provided to the surface of the second electrode that faces the first electrode. The first and the second electrically heated heat-emitting bodies are configured so that it is possible to arrange an object to be treated (W1) therebetween. In addition, the graphitization furnace is configured so that electricity is made to flow between the first and the second electrodes and an object to be treated that is arranged between the first and second electrically heated heat-emitting bodies is thereby heated and graphitized.
WO/2015/174325 AUTOMATED ANALYZER AND NOZZLE-CLEANING METHOD||WO||19.11.2015|
||PCT/JP2015/063235||JEOL LTD. ||Nakamura Mizuki |
To clean a nozzle that is part of an automated analyzer and is provided with both a tubular discharge unit that discharges a cleaning liquid and a tubular suction unit that suctions in cleaning liquid that was discharged from the discharge unit and is running down an outer surface, first the discharge unit is made to start discharging, and then in parallel with said discharging, the suction unit is made to start suctioning. After the suction unit has suctioned in the cleaning liquid running down the aforementioned outer surface for a prescribed length of time, the suctioning is temporarily stopped. Next, after a prescribed amount of the cleaning liquid has accumulated in a cleaning tank, the discharging is stopped, and with the suction unit immersed in the cleaning liquid accumulated in the cleaning tank, the suctioning is restarted.
WO/2015/174284 CYLINDER DEVICE FOR PRINTING PRESS||WO||19.11.2015|
||PCT/JP2015/062924||KOMORI CORPORATION ||SUTO, Takashi |
Provided is a cylinder device for a printing press, which is simple in configuration, and with which the printing pressure in at least three cylinders can be adjusted in a highly accurate manner. The device is provided with: a collecting plate cylinder (22) supported so as to be capable of moving towards or away from a collecting blanket cylinder (21) and a blanket cylinder (19); an eccentric inner metal (42) that rotatably supports the collecting plate cylinder (22), and that by rotating moves the collecting plate cylinder (22) towards or away from the collecting blanket cylinder (21); a hydraulic cylinder (45) that rotates the eccentric inner metal (42); an eccentric outer metal (43) that axially supports the eccentric inner metal (42), and that by rotating moves the collecting plate cylinder (22) towards or away from the blanket cylinder (19); a drive device (46) for rotating the eccentric outer metal (43); a stopper (49) provided to a main machine frame (44); and an adjustment bolt (47) provided to the eccentric inner metal (42), for abutting the stopper (49) when the collecting plate cylinder (22) moves towards the collecting blanket cylinder (21).
WO/2015/174285 INFORMATION PROCESSING DEVICE, INFORMATION PROCESSING METHOD, AND ELECTRONIC DEVICE||WO||19.11.2015|
||PCT/JP2015/062936||SONY CORPORATION ||WAKABAYASHI, Masaki |
The disclosed information processing device is equipped with: a read-only first storage part that stores first data beforehand and restricts the first data from being read after a first event; a calculation part that performs encoding and/or decoding using key data and restricts changes to the key data to be used after a second event; a rewritable second storage part that has multiple storage areas having individually set access conditions and restricts changes to the access conditions after a third event; and an information processing part that performs information processing by controlling the first storage part, calculation part, and second storage part.
WO/2015/174509 CONDUCTIVE WIRE WELDING METHOD, STATOR, AND HIGH-FREQUENCY INDUCTION HEATING DEVICE||WO||19.11.2015|
||PCT/JP2015/063969||HONDA MOTOR CO., LTD. ||OHTA Minoru |
According to the present invention, a conductive wire welded structure (10) of which a stator (16) is composed can be obtained using a conductive wire welding method in which a plurality of conductive wires (24) are welded together using a high-frequency induction heating device (30). This conductive wire welding method involves performing a disposition step in which a plurality of conductive wires (24) are made to intersect and the end of at least one of the conductive wires (24) is disposed at a location that is extended from an intersection portion (26), and a welding step in which the end of the at least one conductive wire (24) that is at a location extended from the intersection portion (26) is welded outside an induction heating coil (42) by induction heating, and the welded material thereof is solidified at the intersection portion (26).